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ICR TROSA Socket
Name: ICR TROSA SocketDescription:
- Outline
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Product Introduction
In the era of 5G/6G optical communication and high-speed interconnection in intelligent computing data centers, ICR TROSA (Integrated Coherent Receiver Transmitter Optical Subassembly) serves as a core component. The accuracy and stability of its performance verification directly determine the reliability of terminal equipment.
FinTest Technology, specializing in high-frequency testing, introduces the FTS0108 90GHz ICR TROSA Test Socket. With precision structural design and excellent RF performance at its core, it provides high-reliability and high-performance solutions for testing core optical communication components, helping customers accelerate product development and mass production cycles.
Core Features
1. 90GHz High-Frequency Performance, Meeting High-Speed Optical Module Requirements
Perfectly supports 90GHz high-frequency testing scenarios, accurately capturing subtle signal characteristics of high-speed optoelectronic devices. Fully meets the stringent verification requirements of telecom communications and 400G/800G/1.6T data center optical modules, easily handling high-frequency signal transmission challenges.
2. Precise BGA489 Compatibility, Micron-Level Tolerance Control
- Package Compatibility: Specifically designed for BGA489 package with 0.5mm pin pitch (0.5P), precisely matching device pin layout, compatible with both balled BGA and ball-less LGA package testing.
- Dimensions and Tolerances: Core test area size 12.80×11.25mm, adaptable to substrate with ±0.25mm large tolerance, ensuring accurate contact every time through optimized structural design.
3. Active Cooling Design, Ensuring Test Data Accuracy
Built-in 30×30×10mm 12V cooling fan with copper heat sink efficiently dissipates heat generated by heating elements, eliminating device performance drift caused by high temperatures and providing stable guarantee for test data accuracy.
4. High-Reliability Materials, Enhancing Product Durability
- Needle plate采用 PEEK material, featuring excellent high-temperature resistance and corrosion resistance, ensuring structural stability.
- Guide frame uses TORLON 5530, with high-strength characteristics suitable for precision positioning requirements.
- Support plate is made of 6061 aluminum alloy with hard anodizing treatment, balancing lightweight and wear resistance.
Core Technical Parameters
90GHz High-Frequency Performance IL
90GHz High-Frequency Performance RL
90GHz High-Frequency Performance TDR
| Item | Specification Parameters |
|---|---|
| Model | FTS0108-BGA489-12.80X11.25-0.5P-90GHz |
| Frequency Support | 90GHz |
| Package Compatibility | BGA489 (compatible with both BGA/LGA packages) |
| Pin Pitch | 0.5mm (0.5P) |
| Core Test Area Size | 12.80×11.25mm (tolerance ±0.25mm) |
| Cooling Solution | 30×30×10mm 12V fan + copper heat sink |
| Mounting Method | M2.0 screws (common for system board/SLT and load board/ATE) |
| Core Materials | PEEK (needle plate), TORLON 5530 (guide frame), 6061 aluminum alloy (support plate with hard anodizing treatment) |
| RF Probes | Model F229DF022A00, quantity 240, material: copper |
| PCB Pad Recommendations | Hard gold plating ≥0.0013mm (50 microinches), nickel plating ≥0.005mm (200 microinches), Knoop hardness 130~200 |
Structural Composition and Materials
The FTS0108 90GHz ICR TROSA test socket adopts a modular precision design, mainly composed of socket components, cover plate components and cooling system. Each component is manufactured with high-performance materials to ensure test stability and service life. The following are product structure diagrams:
FTS0108 Test Socket
FTS0108 Test Socket
The core structure uses PEEK needle plate, TORLON 5530 guide frame and 6061 aluminum alloy support plate (with hard anodizing treatment), combined with high-efficiency cooling module, forming a test solution with both precision and durability. The mounting design is compatible with system boards (SLT) and load boards (ATE), meeting different testing scenario requirements.
Application Scenarios
The FTS0108 90GHz ICR TROSA test socket is specifically designed for high-speed optoelectronic device testing, widely used in core optical communication testing links. Specific scenarios include:
5G/6G Base Stations
Signal integrity and transmission rate testing of ICR TROSA devices in optical modules, ensuring base station communication stability.
Supercomputing and Data Centers
Core IC verification of 400G/800G/1.6T high-speed optical interconnection equipment, meeting large-scale data transmission requirements.
Optical Transmission Equipment
Mass production testing and R&D debugging of coherent optical modules and TROSA subassemblies, improving equipment factory pass rate.
Communication Chip Manufacturers
Performance screening and reliability evaluation of ICR TROSA chips, accelerating chip R&D iteration.
Contact Us
FinTest Technology empowers optical communication innovation with precision manufacturing. Whether it's precise debugging in the R&D stage or efficient testing in mass production, FTS0108 is your reliable partner for verifying ICR TROSA device performance, helping you accelerate product launch cycles and gain competitive advantages in the market.
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